Really? Tell that to all the people who make cheap Easter candy!
they already know that...imitation chocolate is not chocolate....you can believe it is ..
You are the one who proclaimed chocolate can't exist without cocoa. I'm the one who proved that statement incorrect.
Nope, you didn't answer the question, you proclaimed that one can't exist without the other, which is already understood.
No, that is all YOURS! I gave you an example of a MAMMAL that still had remnants of its evolutionary history. According to you a mammal is a mammal and has nothing reptilian about it. It is a crossover species, mostly mammal part reptile.
also humans have a reptilian component in our brain.
Oh there are TONS of examples of different species sharing attributes with other types of animals. How does this prove cross-genus speciation? You've not explained it. We see a pattern here with you, something is simply PROCLAIMED by you as FACT, and that's all we need, we're supposed to accept it on FAITH!
...And you don't even wear a funny hat or speak Latin!
your first statement :You are the one who proclaimed chocolate can't exist without cocoa. I'm the one who proved that statement incorrect." -boss
Imation chocolate is NOT chocolate... it's a facsimile not the same ...
you proved nothing my statement stands.
2 . " you didn't answer the question, you proclaimed that one can't exist without the other, which is already understood-boss"
wrong I did not proclaim I stated fact...
light and dark are inexorably intertwined they are not physically or conceptually separate.
3. "How does this prove cross-genus speciation?"-boss
do you have viable alternate evidence proving some other mean produced those attributes?
I proclaimed nothing as I wrongly assumed that the facts were self explanatory to anyone with two live brain cells...
I guess you have only one.
Synapsid
From Wikipedia, the free encyclopedia
Synapsids
Temporal range: Mississippian—Present, 320–0Ma
Synapsids (Greek, 'fused arch'), synonymous with theropsids (Greek, 'beast-face'), are a group of animals that includes mammals and every animal more closely related to mammals than to other living amniotes.[1] They are easily separated from other amniotes by having a temporal fenestra, an opening low in the skull roof behind each eye, leaving a bony arch beneath each; this accounts for their name.[2] Primitive synapsids are usually called pelycosaurs; more advanced mammal-like ones, therapsids. The non-mammalian members are described as mammal-like reptiles in classical systematics;[3][4] they can also be called "stem mammals". Synapsids evolved from basal amniotes and are one of the two major groups of the later amniotes; the other is the sauropsids, a group that includes modern reptiles and birds. The distinctive temporal fenestra developed in the ancestral synapsid about 324 million years ago (mya), during the Late Carboniferous period.
Synapsids were the largest terrestrial vertebrates in the Permian period, 299 to 251 million years ago. As with almost all groups then extant, their numbers and variety were severely reduced by the Permian-Triassic extinction. Though some species survived into the Triassic period, archosaurs became the largest and most numerous land vertebrates in the course of this period. Few of the nonmammalian synapsids outlasted the Triassic, although survivors persisted into the Cretaceous. However, as a phylogenetic unit, they included the mammals as descendants, and in this sense synapsids are still very much a living group of vertebrates. After the Cretaceous–Paleogene extinction event, the synapsids (in the form of mammals) again became the largest land animals.
The only extant synapsids today are mammals; all others are believed to be extinct.
http://en.wikipedia.org/wiki/Synapsid